Devices, systems, and methods for combining mobility and reaching aids

ABSTRACT

Devices and systems are provided that comprise a reaching apparatus removably coupled with a mobility device such that an individual can couple, uncouple, and/or use the reaching apparatus while concurrently using the mobility device for stability and/or mobility assistance. Related devices and systems further comprise a sheath coupled with the mobility device, the sheath configured to slidably receive at least part of the reaching apparatus therein. Furthermore, methods for manufacturing such devices and systems are provided, providing both retrofit options as well as methods for manufacturing specific mobility and/or stability devices comprising the reaching apparatus hereof.

PRIORITY CLAIM

This application is related to and claims the priority benefit of U.S.Provisional Application Ser. No. 62/036,611 to Wood, filed Aug. 12,2014. The content of the aforementioned application is hereby expresslyincorporated herein by reference in its entirety into this disclosure.

BACKGROUND

Many individuals with a mobility impairment use mobility aids or devicesto assist with walking or to otherwise improve their mobility. This isespecially true with respect to the elderly population, whose membersare often afflicted with medical and/or physical infirmities that affecttheir ability to walk without aid and/or to bend over to pick up anobject lying on the ground. Conventional mobility equipment like canes,crutches, and walkers are widely used to enable individuals with limitedmobility to move around without assistance from others. For example,individuals that require additional stability while walking typicallyuse canes and/or walking sticks. When more comprehensive mobilityassistance is required—like for patients recuperating from an accidentor individuals having limited mobility on account of disability or dueto medical conditions for example—devices such as crutches and/orwalkers are employed.

While conventional mobility devices provide balance and support tofacilitate mobility, they generally offer little assistance with respectto picking up an object that is out of reach, such as off of the ground.For this purpose, conventional reaching aids—such as reachers orgrabbers—have been developed to assist people in reaching and retrievinghard-to-reach items without bending over, stooping or stretching. Manyreaching aids are also suitable for those individuals who are unable toproduce a significant grip.

It is not uncommon for individuals who experience mobility impairment toalso have difficulty with bending over to pick up an object that is outof reach. The use of conventional reaching aids in conjunction withconventional mobility aids is problematic as an individual must putaside their mobility device to operate the reaching aid. For example,certain walking canes that include a means for converting the cane intoa tool for grasping are known. However, these devices require theindividual to stand without the support of the cane in order to use thegrasping functionality of the device. Accordingly, conventional devicesdo not satisfy the combined needs of individuals with respect toproviding concurrent stability/mobility and reaching assistance. Adevice is needed that is capable of effectively providing mobilitysupport while concurrently making a reaching aid conveniently accessibleand available to the user. Furthermore, these devices should be durableand easy to manipulate such that a user is not required to exert undueforce or dexterity in order to access and/or store the reaching aidfunctionality thereof.

BRIEF SUMMARY

The present disclosure provides devices and systems that comprise areaching apparatus removably coupled with a mobility device such that anindividual can couple and uncouple the apparatus from the mobilitydevice and/or use the reaching apparatus while concurrently using themobility device for stability and/or mobility assistance. Also providedare methods for manufacturing such exemplary devices and systems.

In at least one exemplary embodiment of the present disclosure, astability system is provided comprising a mobility device having atleast one shaft and a reaching apparatus configured to grip and releasean object. The mobility device is configured to provide stability to anindividual and, by way of non-limiting example, may comprise a cane,crutches, a walker, or the like. The reaching apparatus is coupled withthe mobility device such that the individual using the mobility devicecan couple and uncouple the reaching apparatus from the mobility devicewhile concurrently using the mobility device for stability. In thismanner, an individual need not cease leaning on—or otherwise using—theunderlying mobility device to access and/or utilize the reachingapparatus to grip an object.

The stability system disclosed herein may further comprise a sheathcoupled with the mobility device. In at least one embodiment, the sheathcomprises an elongated body having an open proximal end, a distal end,and a lumen. The lumen is in communication with at least the one openproximal end and configured to slidably receive at least part of thereaching apparatus therein. The distal end of the sheath may optionallycomprise an open end and/or the proximal end of the sheath may comprisea funnel shaped configuration. Where the proximal end of the sheathcomprises a funnel shaped configuration, in at least one exemplaryembodiment of the system, at least a portion of the proximal end of thereaching apparatus comprises a tapered configuration that correspondswith the funnel shaped configuration of the proximal end of the sheath.In such embodiments, when the reaching apparatus is slidably receivedwithin the lumen of the sheath, the portion of the proximal end of thereaching apparatus comprising a tapered configuration can be securelyseated within the funnel shaped proximal end of the sheath.

The sheath may be integrally formed on a portion of the mobility deviceor, alternatively, coupled therewith. In at least one embodiment of thestability system where the sheath is coupled with the mobility device,the sheath may comprise one or more couplers configured to attach thesheath to the mobility device. Such a coupler may comprise a firstportion adapted to receive a portion of the mobility device therethroughand a second portion adapted to receive a portion of the sheaththerethrough. Furthermore, in at least one embodiment, the first portionof each coupler comprises an enclosed, ring-shaped configuration and thesecond portion of each coupler comprises an open, C-shapedconfiguration.

The reaching apparatus of the stability system may further comprise ahandle, a shaft, one or more gripping components, and a deploymentmechanism. For example, the deployment mechanism of the reachingapparatus may comprise an actuator in mechanical communication with theone or more gripping components. Additionally or alternatively, theactuator may be configured to be triggered by depression such thatdepression of the actuator causes the one or more gripping components ofthe reaching apparatus to move from the first closed position to thesecond open position. Furthermore, in at least one exemplary embodiment,the shaft of the reaching apparatus is flexible or semi-flexible.

Stability assistance devices are also provided in the presentdisclosure. In at least one exemplary embodiment of a stabilityassistance device hereof, the device comprises a reaching apparatuscomprising a shaft, one or more gripping components, a handle, and adeployment mechanism, and the reaching apparatus is configured to gripand release an object with the one or more gripping components when thedeployment mechanism is triggered. Here, the reaching apparatus is alsoconfigured for slidable attachment to a mobility device such that thereaching apparatus may be securely coupled thereto, yet an individualcan slidably remove the reaching apparatus from the mobility devicewhile the individual is using the mobility device to assist withstability or mobility. For example, the mobility device may comprise acane, crutches, a walker, or any similar device for providing stabilityand/or mobility assistance to a user.

The deployment mechanism of the reaching apparatus may comprise anactuator in mechanical communication with the one or more grippingcomponents. Furthermore, the actuator may be configured to be triggeredby depression. In such embodiments, depression of the actuator may causethe one or more gripping components to move from the first closedposition to the second open position.

The stability device may further comprise a sheath configured to becoupled with the mobility device. In at least one embodiment, the sheathmay comprise an elongated body having an open proximal end, a distalend, and a lumen in communication with at least the one open proximalend. The lumen is configured to slidably receive at least part of thereaching apparatus therein.

Additional embodiments of the stability device having a sheath mayfurther comprise one or more couplers for facilitating the coupling ofthe sheath with the mobility device. In at least one exemplaryembodiment, each of the couplers is configured to securely couple thesheath with the mobility device. By way of a non-limiting example, eachcoupler may comprise a first portion adapted to attach to the mobilitydevice and a second portion adapted to attach to the elongated body ofthe sheath.

Methods for manufacturing the devices of the present disclosure are alsoprovided. In at least one exemplary embodiment of the presentdisclosure, a method for manufacturing a stability assistance devicecomprises the steps of: providing a mobility device having at least oneshaft, the mobility device configured to provide stability to anindividual; providing a reaching apparatus configured to grip andrelease an object; and removably coupling the reaching apparatus withthe at least one shaft of the mobility device such that an individualcan couple and uncouple the reaching apparatus from the mobility devicewhile concurrently using the mobility device for stability or mobility.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic view of an exemplary mobility and reaching systemof the present disclosure;

FIGS. 2A and 2B show side views of an exemplary mobility and reachingsystem of the present disclosure;

FIG. 3 shows a side view of a portion of an adjustable length mobilitydevice of the exemplary mobility and reaching system of FIGS. 2A and 2B;

FIG. 4 shows a side view of one end of the exemplary mobility andreaching system of FIGS. 2A and 2B;

FIG. 5 shows a side view of the other end of the exemplary mobility andreaching system of FIGS. 2A and 2B;

FIGS. 6A and 6B show side views of gripping components of a reachingdevice of the exemplary mobility and reaching system of FIGS. 2A and 2B,where the gripping components are in both a closed configuration (FIG.6A) and an open configuration (FIG. 6B); and

FIGS. 7A-7C show perspective, side and bottom views, respectively, of aproximal end of a sheath of the exemplary mobility and reaching systemof FIGS. 2A and 2B.

An overview of the features, functions and/or configurations of thecomponents depicted in the various figures will now be presented. Itshould be appreciated that not all of the features of the components ofthe figures are necessarily described. Some of these non-discussedfeatures, such as various couplers, etc., as well as other discussedfeatures are inherent from the figures themselves. Other non-discussedfeatures may be inherent in component geometry and/or configuration.

DETAILED DESCRIPTION

For the purposes of promoting an understanding of the principles of thepresent disclosure, reference will now be made to the embodimentsillustrated in the drawings, and specific language will be used todescribe the same. It will nevertheless be understood that no limitationof the scope of this disclosure is thereby intended, with any additionalalterations, modifications and further applications of the principles ofthis disclosure being contemplated hereby as would normally occur to oneskilled in the art.

The disclosure of the present application provides novel devices andsystems for combining mobility assistance with a reaching aid. Unlikeconventional devices and systems, the devices and systems hereof arecapable of providing both mobility assistance and the use of a reachingaid concurrently. Furthermore, the devices and systems hereof aredurable and easy to use such that limited dexterity and/or a smallamount of force is required to access and utilize the functionalitythereof. Because of these unique and advantageous properties, and aswill be described herein in further detail, the devices and systems ofthe present disclosure are particularly well suited for individualshaving limited or impaired mobility and especially those individuals whohave a limited ability to grip and/or apply force with their hands.

Referring now to FIG. 1, a schematic view of a mobility and reachingsystem 10 of the present disclosure is shown. Mobility and reachingsystem 10 comprises a mobility device 12 removably coupled with areaching apparatus 15 via a sheath 18 or as otherwise described herein.The reaching apparatus 15 is secured to the mobility device 12 of thesystem 10 such that a user can conveniently carry the reaching apparatus15 as they move about, yet also easily disengage and use the reachingapparatus 15 without interrupting his or her use of the mobility device12 for balance and/or support. The various components of the system 10will first be generally described with reference to FIG. 1, followed bymore detailed and embodiment-specific descriptions in conjunction withthe remaining Figures of the disclosure.

The mobility device 12 of the mobility and reaching system 10 maycomprise any type device that facilitates a user's balance, stabilityand/or mobility. For example, in at least one embodiment, the mobilitydevice 12 comprises a cane, crutches or a walker (standard, rolling,etc.). Additionally, the mobility device 12 may comprise a wheelchair(motorized or otherwise). Generally speaking, and without any intendedlimitation, most mobility devices 12 comprise at least one leg shaft orother elongated surface that provides one or more points to which thereaching apparatus 15 (or, where the reaching apparatus 15 is coupledwith the device 12 through indirect means, any associated sheath 18) mayattach.

Depending on user preference and/or the intended application of themobility and reaching system 10, the reaching apparatus 15 may bemounted to whichever surface(s) minimize the sheath's 18 and/or reachingapparatus' 15 appearance or so as not inhibit use of the mobility device12. Furthermore, it is contemplated that the length of the leg shaft(s)of the mobility device 12 may be adjustable such that its dimensions canbe customized pursuant to user preferences/needs. Perhaps morespecifically, the leg shaft of the mobility device 12 may be configuredfor incremental lengthening or shortening as is known in the art eitherthrough the use of a telescoping mechanism that is released or lockedthrough the use of a series of spring-released latches or otherwise (seeFIG. 3). In light of this, in at least one embodiment, the exactplacement of the reaching apparatus 15 and/or shaft 18 on the mobilitydevice 12 may also be adjusted and/or modified to take into account anyuser-specific mobility device 12 adjustments. In this manner, it can beensured that the reaching apparatus 15 is in a location that is easilyaccessible by the user (ideally with one hand).

Now referring to the reaching apparatus 15 of the system 10, thereaching apparatus 15 comprises a device for aiding a user by extendingtheir reaching and/or gripping abilities. For example, the reachingapparatus 15 may comprise a grabbing device configured to retrieve itemsthat are otherwise difficult for a user to reach and/or retrieve. Such areaching apparatus 15 generally comprises an elongated shaft having ahandle, a gripping component, and a deployment mechanism linked by acable, a shaft, or other connecting means to the gripping component. Thereaching apparatus 15 may be constructed of metal, plastic, or othersuitable materials (or using a combination thereof) and may be flexible,semi-flexible or rigid, depending on the preferred application. In atleast one embodiment, the elongated shaft of the reaching apparatus 15comprises a woven metal coil housing and is semi-flexible such thatwhile it is capable of being formed into a particular configuration, itis also capable of substantially maintaining the predefined shape.Moreover, the dimensions of the reaching apparatus 15 may be customizedpursuant to user preference and/or the desired application. For example,the length of the reaching apparatus 15 can be customized to fit aparticular mobility device 12 and/or facilitate ease of use by anindividual. Additionally or alternatively, the deployment mechanism canbe customized and/or adjusted to modify the amount of force required todeploy the gripping component thereof, which is particularly useful forthose individuals with a limited ability to grip and/or apply force withtheir hands.

In operation, a user can remove the reaching apparatus 15 from themobility device 12 and utilize the reaching apparatus 15 to securelygrasp or grip an object that is otherwise out of his or her immediatereach. As previously noted, a reaching apparatus 15 generally comprisesan elongated shaft having a handle, a gripping component, and adeployment mechanism. The elongated shaft increases the user's reachand, when the deployment mechanism of the reaching apparatus 15 isactuated or triggered, the gripping components are moved toward eachother and, thus, configured to grasp a targeted object in the vicinitythereof. After the gripping components are locked in place around thetargeted object (either by continued activation of the actuator orthrough a locking mechanism), the user can use the reaching apparatus 15to maneuver the object. While specific embodiments of the reachingapparatus 15 are described in detail herein, it will be appreciated thatthe reaching apparatus 15 may comprise any reaching and/or grabbingdevice now known or hereinafter developed, provided the reachingapparatus 15 can be securely coupled with, connected to, and/or seatedwithin the mobility device 12 as described herein, and thereafter easilyaccessed and removed by a user.

Due to the configuration of the system 10, a user can access and use thereaching apparatus 15 while continuing to use the mobility device 12 asintended (i.e. provide support, stability and/or facilitate balance).This is, at least in part, due to the manner in which the reachingapparatus 15 is attached to the mobility device 12. As previously noted,the reaching apparatus 15 is removably coupled with, connected to and/orseated in the mobility device 12 such that the reaching apparatus 15 iseasy for a user to access and securely store. In at least oneembodiment, the reaching apparatus 15 is directly connected to orcoupled with the mobility device 12 such that it can be securelyattached and easily removed from the mobility device 12 by a user (e.g.,through the use of a mechanical fastener, a fabric hook and loopfastener, cable or tie wrap(s), or the like) (not shown). Alternatively,as shown in FIG. 1, a sheath 18 may be employed to connect or couple thereaching apparatus 15 with the mobility device 12. In those embodimentscomprising a sheath 18, the sheath 18 may either comprise a separatecomponent that is secured to the mobility device 12 (such as, forexample, through the use of adhesive, cable or tie wrap(s), a mechanicalfastener, and/or one or more couplers 186 as described below), or beformed as an integral part thereof when the mobility device 12 ismanufactured (not shown).

Referring now to FIGS. 2A and 2B, side views of an exemplary embodimentof a mobility and reaching system 100 are shown. Similar to thepreviously described mobility and reaching system 10, system 100comprises a mobility device 12 having a reaching apparatus 15 slidablycoupled therewith via a sheath 18.

The mobility device 12 of system 100 comprises a cane 120 having ahandle 122 proximally, a ferrule 124 distally, and a shaft 126configured to transmit a load from the handle 122 on its proximal end tothe ferrule 124 of its distal end. Furthermore, as shown in FIG. 3, theshaft 126 of the cane 120 comprises more than one piece (e.g., proximalshaft 126 a and distal shaft 126 b) and a spring-loaded lockingmechanism 130 such that a user can adjust the length of the shaft 126 asdesired. While the cane 120 and its components are shown as havingparticular configurations, it will be appreciated that the cane 120 maybe any type of cane now known or hereinafter developed such as, forexample, a folding cane, a quad cane (having four ferrules), a forearmcane, or a simple wooden cane.

Now referring back to FIG. 2B, the reaching apparatus 15 of the mobilityand reaching system 100 comprises a grabber 150 for reaching for andgrabbing objects that are out of the user's immediate reach. Inoperation, the grabber 150 may be withdrawn from the mobility device 120and/or sheath 180 (as applicable) and used to engage and retrieveobjects that are out of a user's reach. In an exemplary embodiment, thesystem 100 is configured such that a user need only use one hand towithdraw the grabber 150, operate the grabber 150 to retrieve/grab andobject, and re-couple the grabber 150 with the mobility device 120.

In at least one embodiment, the grabber 150 comprises an elongated shaft152 having a handle 163 at its proximal end 162, an opening at itsdistal end 164, and a lumen (not shown) extending therebetween. Thehandle 163 may be coupled with or integral to the proximal end 162 ofthe shaft 152 and is configured to facilitate manipulation of thegrabber 150. The elongated shaft 152 may be constructed of metal,plastic, or other suitable materials (or combinations thereof), and maybe rigid, flexible or semi-flexible as desired. In at least oneexemplary embodiment, the elongated shaft 152 comprises a woven metalcoil housing such that it has some degree of flexibility.

A deployment mechanism 170 is slidably housed at least partially withinthe lumen of the elongated shaft 152 and comprises a proximal end 172having an actuator, a distal end 174 having two or more grippingcomponents, and a cable, pulley, shaft, rod or other linking componentconnecting the proximal and distal ends 172, 174 of the deploymentmechanism 170. As shown in FIGS. 2B and 4, the proximal end 172 (i.e.actuator) of the deployment mechanism 170 extends from the proximal end162 of the elongated shaft 152.

The distal end 174 of the deployment mechanism 170 is positioned at ornear the distal end 164 of the elongated shaft 152 and comprises two ormore gripping components. The gripping components may comprise anyconfiguration that is capable of engaging and holding onto an objectwhen deployed. For example, in at least one exemplary embodiment, thegripping components may comprise a plurality of wires formed in aclaw-like configuration (see FIG. 6B). Additional, non-limiting examplesof the gripping component configuration may further comprise two or moregrabbing fingers, a scissor-like design, a series of hooks, and thelike. Furthermore, additional embodiments of the gripping component mayoptionally include grasp enhancing materials and/or features to providean improved or strengthened grip (such as, for example, magnets,textured grips, one or more tacky surfaces, etc.).

As shown in FIGS. 5-6B, the gripping components of the deploymentmechanism 170 are movable between a first closed configuration (seeFIGS. 5 and 6A) and a second open configuration (see FIG. 6B). In atleast one embodiment, when the gripping components are in the firstclosed configuration, they may be entirely or partially housed withinthe lumen of the elongated shaft 152. Alternatively, the grippingcomponents of the deployment mechanism 170 may be positioned outside ofthe distal open end 164 of the elongated shaft 152 (such as, forexample, where the gripping components comprise a C-shaped or otherconfiguration that does not fit within the lumen of the elongated shaft152).

The actuator of the deployment mechanism 170 is configured to deploy thegripping components of the grabber 150 when triggered by a user. Perhapsmore specifically, triggering the actuator of the proximal end 172 ofthe deployment mechanism 170 moves the gripping components from thefirst collapsed configuration to the second open configuration. Theactuator may comprise a depressible button, a squeezable lever, or anyother configuration capable of initiating the movement of the grippingcomponents from the first collapsed configuration to the second openconfiguration.

The gripping components may be held in the second open configurationuntil the actuator is released (i.e. no longer engaged), or thedeployment mechanism 170 may further comprise a locking mechanism (notshown) capable of maintaining the gripping components in second openconfiguration until the user initiates movement back to the first closedconfiguration. Accordingly, in the exemplary embodiment shown in FIG. 4,pushing the actuator of the deployment mechanism 170 in the direction ofthe arrow causes the gripping components of the distal end 174 of thedeployment mechanism 170 to move from the first collapsed configuration(see FIG. 6A) to the second open configuration (see FIG. 6B).

As previously noted, the reaching apparatus 15 may be coupled with,connected to or seated within the mobility device 12 either directly orindirectly. The embodiments of the system 100 shown in FIGS. 2A and 2Billustrate an example of a reaching apparatus 150 that is coupled withthe mobility device 12 through an indirect attachment. Here, themobility and reaching system 100 further comprises a sheath 180 havingan elongated body that is, at least partially, hollow. The hollowinterior 185 of the elongated sheath 180 is configured such that it iscapable of easily and securely receiving at least most of the elongatedshaft 152 of the grabber 150. The diameter of the hollow interior 185 ofthe sheath 180 may be consistent along the length thereof or, such aswhere the grabber 150 of the system 100 comprises a taperedconfiguration along its length, the hollow interior 185 of the sheath180 and/or the sheath 180 itself may also comprise a correspondingtapered configuration. Accordingly, the sheath 180 forms a channel intowhich the grabber 150 may be slidably received.

As shown in FIGS. 2B and 7A-7C, sheath 180 further comprises a proximalend 182 and a distal end 184. While the proximal end 182 of the sheath180 is open and configured to slidably receive at least a portion of thegrabber 150 therein, the distal end 184 may be open or closed. In theembodiments shown in FIGS. 2A and 2B, the distal end 184 of the sheath180 is open such that when the grabber 150 is positioned within thesheath 180, the distal end 164 of the grabber 150 extends beyond thedistal end 184 of the sheath 180.

As previously noted, the proximal end 182 of the sheath 180 is open andin communication with the hollow interior 185 of the sheath 180. Asshown in FIGS. 7A-7C, in at least one embodiment, the proximal end 182of the sheath 180 may additionally comprise a funnel-shapedconfiguration. The funnel-shaped configuration provides a larger targetinto which a user can insert the distal end 164 of the grabber 150 whenreturning the grabber 150 to the sheath 180. Especially when shaft 152of the reaching apparatus 150 is flexible or semi-flexible, thefunnel-shaped configuration allows for a user to insert and withdraw thereaching apparatus 150 into the sheath 180 at an angle. Furthermore, inat least one embodiment, the proximal end 162 of the grabber 150 mayadditionally comprise a tapered configuration that corresponds with thetaper of the funnel-shaped proximal end 182 of the sheath 180. Suchcorresponding configuration facilitates a secure and precise fit betweenthe sheath 180 and the grabber 150 when the two components are fullyengaged. Moreover, where the sheath 180 comprises an open distal end184, the proximal end 182 having a funnel configuration prevents thegrabber 150 from sliding too far into the sheath 180. In this manner,the grabber 150 remains secure and readily accessible to a user when itis housed within the sheath 180 of the system 100.

As previously noted, the sheath 180 may be separate from the mobilitydevice 12 and simply coupled therewith, or the sheath 180 may be anintegrally formed aspect of the mobility device 12 itself. Where thesheath 180 is a separate component of the system 100, it may be coupledwith and/or attached to the mobility device 12 in a variety of ways(including, for example, through the use of an adhesive, mechanicalfastener(s), a fabric hook and loop fastener(s), cable or tie wrap(s),and/or the like).

In at least one embodiment, the sheath 180 is a separate component thatis non-removably connected to or coupled with the mobility device 12 viaone or more couplers 186. The couplers 186 may be formed as part of thesheath 180 or configured as separate components of the system 100 asshown in FIGS. 2A and 2B. Each of the couplers 186 are configured to besecurely attached to the mobility device 12. While specific examples areprovided herein, any coupler 186 configurations or combinations thereofcan be employed with the system 100, provided the sheath 180 can befirmly secured to the cane 120.

In the embodiments of FIGS. 2A, 2B and 7A-7C, each coupler 186 comprisestwo substantially annular components—one configured to engage the legshaft of the cane 120 and one configured to engage the elongated body ofthe sheath 180. As can be seen in FIG. 7C, each substantially annularcomponent of a coupler 186 may comprise either an enclosed ring-shape ora C-shape. Where one or more of the annular components of a coupler 186comprises a C-shaped configuration, any system 100 component disposedtherein (e.g., the shaft 126 of the cane 120 or the elongated body ofthe sheath 180) can be removed therefrom (i.e. popped out).Alternatively, where the substantially annular components of a coupler186 comprise an enclosed ring-shape, the system 100 component disposedtherein may not be easily removed. In the at least one embodiment ofFIG. 7C, each of the couplers 186 comprises a first annular componenthaving an enclosed ring-shape for receiving the shaft 126 of the cane120 and a second annular component having a C-shaped configuration forreceiving the elongated body of the sheath 180.

In an alternative embodiment, both the first and second annularcomponents of a coupler 186 comprise an enclosed ring-shapeconfiguration such that, once the coupler 186 is attached to theunderlying components, it is not easily removed. Indeed, in at least oneexemplary embodiment, the couplers 186 are configured such that thesheath 180 is non-removably coupled with the mobility device 12 via thecouplers 186 such that the sheath 180 will not slip or change positionswhen the user uses the mobility device 12 to ambulate, folds up orotherwise stores the mobility device 12 when it is not in use, or whenthe sheath 180 is subjected to the force of a user inserting orwithdrawing the reaching apparatus 150 therefrom. Where permanentattachment is desired between the sheath 180 and the mobility device 12,additional types of coupling means may also be used in addition to thecouplers 186 (such as, for example, adhesives).

It will be appreciated that the specific shape and dimensions of eachcoupler 186 will be dependent upon the configuration of the underlyingmobility device 12 of the system 100. Indeed, the couplers 186 may beconstructed in a variety of shapes and sizes to accommodate the shape(s)of those portions of the mobility device 12 to which the sheath 180 isattached. Furthermore, the couplers 186 may be positioned along themobility device 12 so as to form an elongated channel configured toreceive the elongated body of the sheath 180 therein. For example, asshown in FIG. 2B, the couplers 186 are positioned along the shaft 126 ofthe cane 120 so as to form an elongated channel having an axis alongline A-A.

The mobility and reaching aid devices and systems of the presentdisclosure provide a user with both mobility assistance and the use of areaching aid concurrently. For example, in operation, a user can lean onthe cane 120 for support while concurrently slidably removing thegrabber 150 from the sheath 180 and using the same to grab an object outof his or her comfortable reach. Even further, due to the configurationof the system 100, a user need only use one hand in accessing, removingand/or utilizing the grabber 150. Additionally or alternatively, thegrabber 150 (i.e. reaching apparatus 15) may be specially configured tolimit the dexterity and/or force required in accessing and utilizing thefeatures and functionality thereof. In this manner, not only do thedevices and systems hereof provide users with both mobility assistanceand the use of a convenient reaching aid, but they are also particularlywell suited for those individuals that have a limited ability to gripand/or apply force with their hands.

Methods for the manufacture of the devices and systems described hereinare relatively straightforward. In at least one embodiment, a retrofitmethod may comprise the steps of using a mobility and/or stabilizationdevice (MSD) known in the medical arts that was previously manufacturedin accordance with known techniques, and retrofitting such MSD with thea reaching apparatus 15 and/or sheath 18 (using couplers 186 orotherwise). Placement and attachment of the reaching apparatus 15 on orwith the MSD may be in any manner provided an individual can couple anduncouple the reaching apparatus from the MSD while concurrently usingthe MSD for stability and/or mobility.

For example, in at least one embodiment of a retrofit method ofmanufacture of the present disclosure, a reaching apparatus 15 isremovably mounted to a surface of a conventional cane through the use ofcouplers 186, clips, hook and loop fastener(s), and/or the like.Alternatively, a sheath 18 configured to receive the reaching apparatus15 may be removably mounted to a cane or walker using similar couplers186/fasteners. In at least one exemplary example, placement of thereaching apparatus 15 or sheath 18 on the conventional cane is along theshaft of the cane. However, with other types of MSDs, it will beappreciated that the reaching apparatus 15/sheath 18 could be mounted inany location that is conducive to a user accessing the reachingapparatus 15 while concurrently using the MSD for support (e.g., such asto a leg shaft of a walker).

Alternatively, a method for manufacturing the devices and systems of thepresent disclosure may entail manufacturing MSDs having a seat orcoupling component integrally formed into a portion thereof. In suchembodiments, the seat or coupling component of the MSD is configured tocouple with and/or receive the reaching apparatus 15 or the sheath 18 ofthe device 10 (for example and without limitation, couplers 186 may beformed directly on an elongated shaft of an MSD (not retrofit)).Accordingly, the MSD may be manufactured specifically to receive/couplewith a reaching apparatus 15 and/or sheath 18. Still further, otherembodiments of the method may comprise the step of manufacturing a MSDhaving a sheath 18 integrally formed within a component thereof (forexample, an elongated component of the MSD may be configured to form asheath 18 for receiving the reaching apparatus 15). Similar to thepreviously described methods of manufacture, the placement of where thesheath 18 and/or components 186 are formed on the MSD may be in anylocation provided an individual can securely couple and easily uncouplethe reaching apparatus from the MSD while concurrently using the MSD forstability and/or mobility.

While embodiments of mobility and reaching aid devices and systems havebeen described in considerable detail herein, the embodiments are merelyoffered by way of non-limiting examples. It will therefore be understoodthat various changes and modifications may be made, and equivalents maybe substituted for elements thereof, without departing from the scope ofthe disclosure. Indeed, this disclosure is not intended to be exhaustiveor to limit the scope of the disclosure.

The invention claimed is:
 1. A stability system comprising: a mobilitydevice having at least one shaft, the mobility device configured toprovide stability to an individual; a reaching apparatus comprising anelongated shaft and configured to grip and release an object; and asheath coupled with and adjacent to the mobility device, the sheathcomprising an elongated body having an open proximal end, a distal end,and a lumen in communication with at least the one open proximal end,the lumen configured to slidably receive at least part of the elongatedshaft of the reaching apparatus therein; wherein the reaching apparatusis coupled with the mobility device such that the individual can coupleand uncouple the reaching apparatus from the lumen of the sheath whileconcurrently using the mobility device for stability.
 2. The stabilitysystem of claim 1, wherein the reaching apparatus is configured suchthat the individual can use the reaching apparatus to grip an objectwhile concurrently using the mobility device for stability.
 3. Thestability system of claim 1, wherein the distal end of the sheathcomprises an open end.
 4. The stability system of claim 1, wherein theproximal end of the sheath comprises a funnel shaped configuration. 5.The stability system of claim 4, wherein: at least a portion of theproximal end of the reaching apparatus comprises a tapered configurationthat corresponds with the funnel shaped configuration of the proximalend of the sheath; and when the reaching apparatus is slidably receivedwithin the lumen of the sheath, the tapered configuration of thereaching apparatus can be securely seated within the funnel shapedproximal end of the sheath.
 6. The stability system of claim 1, furthercomprising one or more couplers, each of the couplers configured toattach the sheath to the mobility device and comprising a first portionadapted to receive a portion of the mobility device therethrough and asecond portion adapted to receive a portion of the sheath therethrough.7. The stability system of claim 6, wherein the first portion of eachcoupler comprises an enclosed, ring-shaped configuration and wherein thesecond portion of each coupler comprises an open, C-shapedconfiguration.
 8. The stability system of claim 1, wherein the reachingapparatus further comprises a handle coupled to the elongated shaft, oneor more gripping components and a deployment mechanism.
 9. The stabilitysystem of claim 8, wherein the deployment mechanism of the reachingapparatus comprises an actuator in mechanical communication with the oneor more gripping components, the actuator configured to be triggered bydepression and wherein depression of the actuator causes the one or moregripping components to move from the first closed position to the secondopen position.
 10. The stability system of claim 8, wherein theelongated shaft of the reaching apparatus is flexible or semi-flexible.11. The stability system of claim 1, wherein the sheath is integrallyformed on a portion of the mobility device.
 12. The stability system ofclaim 1, wherein the mobility device is selected from the groupconsisting of a cane, crutches, and a walker.
 13. A stability assistancedevice comprising: a reaching apparatus comprising a shaft, one or moregripping components, a handle and a deployment mechanism, the reachingapparatus configured to grip and release an object with the one or moregripping components when the deployment mechanism is triggered; amobility device comprising at least a leg shaft; and a sheath componentnonremovably coupled with and positioned adjacent to the leg shaft ofthe mobility device via one or more couplers, the sheath comprising anelongated body having an open proximal end, a distal end, and a lumen incommunication with at least the one open proximal end, the lumenconfigured to slidably receive at least part of the shaft and the one ormore gripping components of the reaching apparatus therein; wherein thereaching apparatus is further configured for slidable attachment to themobility device such that the reaching apparatus is securely coupled tothe mobility device yet an individual can slidably remove the reachingapparatus from the sheath while the individual is using the mobilitydevice to assist with stability or mobility.
 14. The stabilityassistance device of claim 13, wherein the mobility device is selectedfrom the group consisting of a cane, crutches, and a walker.
 15. Thestability assistance device of claim 13, wherein the sheath is mountedto an exterior surface of the leg shaft of the mobility device by theone or more couplers.
 16. The stability assistance device of claim 15,wherein: each coupler comprises a first portion adapted to couple withthe mobility device and a second portion adapted to attach to theelongated body of the sheath; and the first portion of each coupler isintegrally formed on a portion of the exterior surface of the leg shaftof the mobility device.
 17. The stability assistance device of claim 13,wherein each coupler comprises a first portion adapted to attach to themobility device and a second portion adapted to attach to the elongatedbody of the sheath.
 18. The stability assistance device of claim 13,wherein the deployment mechanism of the reaching apparatus comprises anactuator in mechanical communication with the one or more grippingcomponents, the actuator configured to be triggered by depression andwherein depression of the actuator causes the one or more grippingcomponents to move from the first closed position to the second openposition.
 19. A method for manufacturing a stability assistance devicecomprising the steps of: providing a mobility device having at least oneshaft, the mobility device configured to provide stability to anindividual; providing a reaching apparatus configured to grip andrelease an object; coupling a sheath with the shaft of the mobilitydevice such that the sheath is positioned adjacent to the shaft of themobility device, the sheath comprising an elongated body having an openproximal end, a distal end, and a lumen in communication with at leastone open proximal end, the lumen configured to slidably receive at leasta portion of the shaft and the one or more gripping components of thereaching apparatus therein; and slidably coupling the reaching apparatuswith the lumen of the sheath such that an individual can couple anduncouple the reaching apparatus from the mobility device whileconcurrently using the mobility device for stability or mobility. 20.The method of claim 19, wherein the step of coupling a sheath with theshaft of the mobility device comprises nonremovably coupling the sheathwith the shaft of the mobility device.